CN202098075U - Combining machine for liquid crystal screens - Google Patents
Combining machine for liquid crystal screens Download PDFInfo
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- CN202098075U CN202098075U CN2011201935484U CN201120193548U CN202098075U CN 202098075 U CN202098075 U CN 202098075U CN 2011201935484 U CN2011201935484 U CN 2011201935484U CN 201120193548 U CN201120193548 U CN 201120193548U CN 202098075 U CN202098075 U CN 202098075U
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Abstract
A combining machine for liquid crystal screens comprises a machine frame, a locating transportation mechanism, a lifting transportation mechanism, a vertical mechanism, a rotary mechanism and a push rising mechanism. The locating transportation mechanism, the lifting transportation mechanism, the vertical mechanism, the rotary mechanism and the push rising mechanism are installed on the machine frame. The locating transportation mechanism transports products to the lifting transportation mechanism on one side of the locating transportation mechanism, the vertical mechanism is arranged on one side of the lifting transportation mechanism, and the products of the lifting transportation mechanism are transported to the rotary mechanism on one side of the vertical mechanism so that films of the products can be torn off. The products with the films torn off are pressed with products on the pushing rising mechanism which is positioned under the rotary mechanism. An automatic transporter is arranged above the push rising mechanism. Therefore, when the push rising mechanism rises, products to be processed on the automatic transporter are right pushed.
Description
Technical field
The utility model relates to the bonding apparatus of liquid crystal display, refers in particular to the equipment that glasses for LCD panel and inside casing combine.
Background technology
The present liquid crystal display bonding apparatus that uses in most liquid crystal display, touch-screen manufacturing firm is mostly by haulage equipment, dyestripping equipment and press equipment.Because liquid crystal display production need be carried out at dust-free workshop, and is very high to environmental requirement.Therefore, all adopt semi-automatic haulage equipment usually, range upon range of liquid crystal display is placed on the transport platform, through adsorbent equipment absorption carrying then by the workman.When the thickness of liquid crystal display panel was relatively thinner, adsorption plant can several liquid crystal display panels of disposable absorption, cause the operation error, or in adsorption process, had the drop phenomenon of damage of liquid crystal display panel to take place.Through haulage equipment automatic transport to dyestripping equipment; Tear off through the diaphragm of manual work the liquid crystal display surface; The liquid crystal display that will tear diaphragm then off is placed on the rack of operation completion; Be transported to by the press equipment through manual work, by operating personnel liquid crystal display panel and backlight taken out from rack again and be placed on press equipment and carry out pressing.Before the pressing operation, need artificial liquid crystal display panel and backlight to be put into the correct position of press equipment respectively, reserve the position then operating equipment carry out pressing.
Above-mentioned liquid crystal display bonding apparatus is autonomous device, and in operation process, each autonomous device all needs operating personnel; And product needed constantly from the equipment manual work bring up to and move down; Manually-operated and carrying link have taken a lot of activity durations, and cost of labor is high, and working (machining) efficiency is low; And owing to occur individual error in a dead lift process easily, the probability that causes the operation error is than higher.And because operating personnel are more, dustproof effect is relatively poor.
Summary of the invention
The utility model technical problem to be solved provides a kind of automation integrated press equipment after beginning to finish to pressing from carrying, improves operating efficiency and operation fault rate.
For solving the problems of the technologies described above, the technical scheme that the utility model provides is that a kind of liquid crystal display combines machine, comprises frame, also comprises the location transfer mechanism, up-down transfer mechanism, means for vertical storage, rotating mechanism and the lifting body that are installed on the said frame; Wherein:
Said location transfer mechanism comprises rack-mounted slide rail, is installed on the said slide rail load carrier that can move along said slide rail and drives the transfer mechanism that said load carrier moves along said slide rail;
Said up-down transfer mechanism comprises the guide rail of installing on the said frame, is installed in the up-down adsorbent equipment that can move along said guide rail on the said guide rail, but the oscilaltion of said up-down adsorbent equipment; Said guide rail is fixedly mounted on the said slide rail outside and parallel with said slide rail, and when said up-down adsorbent equipment moved to said guide rail one end, it just in time was positioned at the top of said carrying platform along said slide rail mobile route;
Said means for vertical storage is positioned at end one side near said up-down transfer mechanism one side of said location transfer mechanism; It comprises be fixed on the said frame can 90 degree upsets the upset adsorbent equipment, said upset adsorbent equipment overturns through switching mechanism; When said upset adsorbent equipment was in level, it just in time was positioned at said up-down adsorbent equipment moves horizontally the path along said guide rail below;
Said rotating mechanism is positioned at said means for vertical storage one side, and it comprises the rotation adsorbent equipment and makes the rotating mechanism of said rotation adsorbent equipment according to an angle of 90 degrees rotation; Said rotation adsorbent equipment has orthogonal four absorption platforms, said rotation adsorbent equipment the said upset adsorbent equipment of an absorption platform over against erectility always arranged;
Said lifting body, its be positioned at said rotation adsorbent equipment under; But the jacking apparatus that it comprises the support platform of oscilaltion and is used for the said support platform of jacking can carry out pressing with the said absorption platform that said rotation adsorbent equipment rotates to its top after said support platform rises;
Above said lifting body, be provided with an automatic transporter, when said lifting body rises, but just in time jack-up is placed on and treats the operation product on the said automatic transporter.
Said load carrier comprises bracing frame, and support frame as described above is supported on the said slide rail slidably; On support frame as described above, be fixed with at least two connecting base bearings, on said connecting base bearing, be fixed with rotating reach, on said reach, be fixedly connected carrying platform; End at support frame as described above is fixed with at least one cylinder turnably, and the piston rod of said cylinder is fixed on below the said carrying platform, and when said cylinder did not move, said carrying platform was in level, and said cylinder is positioned at said carrying platform below.
Said transfer mechanism comprises transfer motor, time rule belt and belt pulley; The rule belt part is fixed on the said load carrier when said; Said time rule belt rule belt pulley when said rotates through said transfer driven by motor, drives said load carrier and moves along said slide rail.
Said cylinder is turnably fixed on the support frame as described above through bearing pin.
Said carrying platform is provided with the location and steps up device.
Said up-down adsorbent equipment comprises bracing frame, is fixed on the lowering or hoisting gear on the support frame as described above and is fixed on the adsorbent equipment on the said lowering or hoisting gear; Support frame as described above is slideable to be installed on the said guide rail.
Said lowering or hoisting gear comprises the driving screw that is fixed on the support frame as described above, on said driving screw, is arranged with nut block, on said nut block, is fixed with adsorbent equipment.
Said switching mechanism comprises rotating trip shaft and the upset motor that is fixed on the said frame, on said trip shaft, is installed with a gear and said upset adsorbent equipment; On the force-output shaft of said upset motor, be installed with a gear, the gear on the said trip shaft is meshed with gear on the said upset motor force-output shaft.
Said upset adsorbent equipment comprises the support that is fixed on the said trip shaft, on said support, also is installed with at least one cylinder, and the piston rod of said cylinder is fixedly connected with said adsorbent equipment; When said adsorbent equipment was in level, the sucker of said adsorbent equipment up.
Four absorption platforms of said rotation absorption platform are installed in respectively on four ends of a cross frame movably; Said rotating mechanism comprises electric rotating machine, the dispenser that is connected with said electric rotating machine, and through the rotating shaft of bearing fixing on said frame, said rotating shaft is connected with said dispenser; The centre of said cross frame wears and is fixed on the said rotating shaft, and said absorption platform and said rotating shaft are in parastate.
Four ends at said cross frame are installed with cylinder respectively, and the piston rod of said cylinder is fixedly connected with said absorption platform.
Said jacking apparatus comprises that level is turnably fixed on the driving screw on the said frame, and said driving screw is rotated by the jacking driven by motor; On said driving screw, be arranged with the nut block that can move back and forth along said driving screw, roller be installed in said nut block; Be installed with at least one inclined guide rails with inclined plane below the said lifting platform, the inclined plane of said inclined guide rails contacts with said roller, and by said roller movable supporting; On said frame, also be fixed with positioning guide column, said lifting platform is located in the said positioning guide column and can moves up and down along it.
Said support platform is provided with product and adds clamping and positioning device.
Said automatic transporter is the automatic transporter of triple speed line body.
The liquid crystal display of the utility model combines machine; Liquid crystal display panel and backlight are fed intake and all carry out automation with the All Jobs step of dyestripping and work continuously from being dosed to going out between the pressing, form the automation continuous productive process, improved operating efficiency; A lot of manpowers have been saved; Reduce labour intensity, and improved environment protecting, really realized automated job.
Description of drawings
The planar structure sketch map of Fig. 1 the utility model structure
Fig. 2 the utility model structure face structural representation
Fig. 3 locatees the side-looking structural representation of transfer mechanism
The go up and down planar structure sketch map of transfer mechanism of Fig. 4
The go up and down side-looking structural representation of transfer mechanism of Fig. 5
Fig. 6 means for vertical storage is faced structural representation
Fig. 7 means for vertical storage left side TV structure sketch map
The right TV structure sketch map of Fig. 8 means for vertical storage
Fig. 9 rotating mechanism master TV structure sketch map
Figure 10 rotating mechanism side-looking structural representation
Figure 11 lifting body side-looking structural representation
The specific embodiment
To the product structure of the utility model, lift a preferred embodiment at present and combine graphic specifying.Liquid crystal display combines machine, comprises frame A, is installed in location transfer mechanism 1, up-down transfer mechanism 2, means for vertical storage 3, rotating mechanism 4 and lifting body 5 on the frame A; With reference to figure 1, Fig. 2, wherein:
Load carrier comprises bracing frame 12, carrying platform 13.Bracing frame 12 is fixedly mounted on two slide rails 10 slidably.On bracing frame 12, be rotatably mounted with reach 121, reach 121 is fixed on the bracing frame 12 through two connecting base bearings.Reach 121 is parallel with slide rail 10.The two following attaching parts of carrying platform 13 are fixedly connected with the two ends of reach 121 respectively; On away from the bracing frame 12 below the carrying platform 13 of reach 121, be fixed with a cylinder 122 through a bearing pin, the free end of the piston rod of cylinder 122 is fixed on the carrying platform 13.According to the triangle stability principle, the tie point of the two ends of reach 121 and cylinder and carrying platform constitutes three strong points, in order to the support bearing platform.When the piston rod of cylinder 122 is protruding; Cylinder 122 jack-up carrying platforms 13; After upwards being rotated around reach 121, carrying platform tilts at an angle; Be convenient to the operative employee and place product on carrying platform 13, when cylinder 122 piston rods did not stretch out, carrying platform 13 was in level.On carrying platform 13, be provided with gulde edge near operating personnel's one side; On carrying platform 13, also be provided with the location and step up device 14; It comprises the reference column that is oppositely arranged, and wherein a reference column is removable reference column 141, and another reference column is a stationary positioned post 142; Removable reference column 141 is fixed on movably on the support, through motor and the time rule belts drive 141 running fixes of running fix post and step up.Certainly, this location is stepped up device and can on the horizontal four direction of carrying platform, all be adopted.
Transfer mechanism comprises transfer motor 151, time rule belt (not shown) and belt pulley, and belt pulley 152 is arranged in a row at interval along slide rail 10 length directions and is fixed on the frame, for stressed evenly, belt pulley is in the center of carrying platform.Time rule belt becomes a loop around belt pulley and transfer motor; On the rule belt,, drive bracing frame 12 through time rule belt and move when bracing frame 12 is fixed on, move along slide rail 10 thereby drive carrying platform 13 along slide rail 10 through the forward or reverse of transfer motor 151.Certainly, transfer mechanism can also be chain mechanism, pinion and rack, or other hydraulic gears.
Up-down transfer mechanism 2 with reference to figure 4, Fig. 5, is installed on the frame A, and the installed position that the frame A of up-down transfer mechanism 2 is installed has vertical support.On the vertical support that is fixedly mounted on frame A of two guide rails, 21 horizontal parallel of up-down transfer mechanism 2, and this guide rail 21 to be positioned at the outside of slide rail 10 parallel with slide rail 10.On guide rail 21, slidably be installed with bracing frame 22, bracing frame 22 moves along guide rail 21 through a transfer mechanism, and this transfer mechanism comprises driving screw 23; Driving screw 23 is fixed between two guide rails 21, and parallel with guide rail 21, is set with a nut block device in a side of bracing frame 22; This nut block device is arranged on the driving screw 23; Transfer motor 231 is connected with driving screw 23, rotates through transfer motor 231 and drives driving screw 23 rotations, moves along guide rail 21 thereby drive bracing frame 22.Certainly, this transfer mechanism can be with transfer mechanism identical of location transfer mechanism.
On bracing frame 22, be installed with lowering or hoisting gear, this lowering or hoisting gear comprises that vertical fixing is installed in the driving screw 24 on the bracing frame 22 vertical sides, and driving screw 24 is connected with a lifting motor.Adsorbent equipment comprises that fixed mount 25 and horizontal fixed are installed in the sucker 26 on the fixed mount 25.Fixed mount 25 is installed with nut block near driving screw 24 1 sides, and this nut block is arranged on the driving screw 25, and when driving screw 24 rotations, the nut block on the fixed mount 25 is gone up and down along driving screw 24, drives sucker 26 and goes up and down.Sucker 26 is horizontally fixed on a vertical side of fixed mount 25 relative driving screws 24, is positioned at homonymy with carrying platform 13.Sucker 26 comprises a horizontal frame, on horizontal frame, is evenly distributed with a plurality of suction nozzles that stretch out down, and this sucker 26 provides negative pressure in order to draw liquid crystal panel plate through air compressor machine.Satisfy the position of sucker 26, when carrying platform 13 moves to slide rail near up-down transfer mechanism one end, when sucker 26 is positioned at guide rail near location transfer mechanism one end; Sucker 26 just in time is positioned at the top of carrying platform 13; Through elevating mechanism, after sucker 26 descended, the suction nozzle on it was just in time touched the liquid crystal display panel of placing on the carrying platform 13 and is adsorbed; Along with sucker 26 rises, the liquid crystal display panel of its absorption leaves carrying platform 13 and moves to the top of means for vertical storage 3 along guide rail.
Means for vertical storage 3, reference diagram, 6, Fig. 7, Fig. 8, be positioned at end one side near up-down transfer mechanism 2 one sides of location transfer mechanism 1, be positioned at up-down transfer mechanism 2 one sides simultaneously.Comprise be fixed on the frame A can 90 degree upsets the upset adsorbent equipment, the upset adsorbent equipment overturns through switching mechanism.Switching mechanism comprises upset motor 31, trip shaft 32.Trip shaft 32 is arranged on through the bearing horizontal fixed on the frame A away from guide rail 21 and slide rail 10 of the same side of carrying platform 13 and sucker 26; On an end of trip shaft 32, be installed with gear 321; On the frame of trip shaft 32 1 sides; Be installed with upset motor 31, on the force-output shaft of upset motor 31, be installed with gear 311, gear 311 is meshing with each other with gear 321; For upset is overturn according to 90 degree right angles, upset motor 31 is connected with dispenser, the assurance trip shaft 32 an angle of 90 degrees degree that can accurately overturn.On trip shaft 32, be installed with the upset adsorbent equipment.
Wherein, the upset adsorbent equipment comprises support 33, is fixedly mounted on the adsorbent equipment on the support 33.Support 33 is fixedly mounted on the trip shaft 32.On support 33, be fixed with cylinder 331, adsorbent equipment is fixed on the free end of the piston rod of cylinder 331, through the reciprocating motion of cylinder, can make adsorbent equipment carry out expanding-contracting action.Adsorbent equipment is a sucker 34, and sucker 34 comprises the absorption frame and be evenly distributed on the some suction nozzles on the absorption frame that suction nozzle is communicated with air compressor machine (not shown), is that sucker provides the absorption negative pressure through air compressor machine.Stable for the sucker stable equilibrium, cylinder 331 can be evenly to be fixed on several cylinders on the support 33.When sucker 34 is in level, sucker 34 just in time be positioned at sucker 26 operating paths under, the suction nozzle on its sucker 34 is up.
When sucker 26 was adsorbing liquid crystal display panel to the sucker that is in level 34 tops, sucker 26 descended the liquid crystal display panel of absorption is contacted with sucker 34, and at this moment, sucker 26 loses absorption affinity, and sucker 34 adsorbs the liquid crystal display panel through absorption affinity.Sucker 26 rises and moves to next liquid crystal surface plate of location shifting carrying platform absorption once more.The sucker 34 that is adsorbed with the liquid crystal display panel carries out the upright rotation of 90 degree through upset driven by motor trip shaft, and the liquid crystal display panel on the sucker 34 is contacted with rotating mechanism 4.When sucker 34 was in erectility, the liquid crystal display panel of absorption and rotating mechanism 4 also had slight distance, then carry out the sucker position adjustments through the cylinder on the means for vertical storage 3, and the liquid crystal display panel of its absorption is closely contacted with rotating mechanism 4.
The rotation adsorbent equipment comprises cross frame 43, and the center of cross frame 43 wears and is fixed on the rotating shaft 41; On four ends of cross frame 43, be fixed with the guide-localization post respectively, absorption platform 44 is installed on the guide-localization post of every end, on cross frame 43, be fixed with cylinder 45, the piston rod of cylinder 45 is fixedly connected with absorption platform 44.Absorption platform 44 is parallel with rotating shaft 41, on each absorption platform 44, is evenly distributed with several suction nozzles, and suction nozzle makes it carry out negative-pressure adsorption through air compressor machine.
When revolving, means for vertical storage 3 absorption liquid crystal panel plates turn 90 degrees when upright; Contact absorption with one of them the absorption platform 44 in the rotating mechanism 4; Liquid crystal display panel on the means for vertical storage 3 is transferred to 44 absorption of absorption platform; Electric rotating machine is rotated then, makes on its each absorption platform and all is adsorbed with the liquid crystal display panel.When absorption platform 44 absorption liquid crystal panel plates rotate to the operator work industry position that stand on one side; The operation employee tears the diaphragm on the liquid crystal display panel off; The liquid crystal display panel that tears diaphragm off continues to revolve and turn 90 degrees, and is rotated down and prepares pressing to lifting body 5 tops.
Lifting body 5, referring to Figure 11, be positioned at rotating mechanism 4 the rotation adsorbent equipment under; But the jacking apparatus that it comprises the support platform 51 of oscilaltion and is used for jacking support platform 51.Jacking apparatus comprises: be fixedly mounted on the driving screw 52 on the frame A through bearing block, driving screw 52 drives rotation through motor.On driving screw 52, be fixed with nut block, on nut block, be fixed with bearing, the length direction of driving screw 52 is arranged at intervals with two rollers 53 in the bearing upper edge; Below support platform 51, there is the inclined plane of 54, two inclined guide rails 54 of two inclined guide rails to contact with the rolling surface of a roller 53 respectively along driving screw 52 length direction fixed interval.When rotating under the drive of driving screw 52 at motor; Nut block on the driving screw drives roller 53 and moves along driving screw; Along with roller 53 moves, the inclined plane of the rolling surface conflict inclined plane 54 of roller 53 is raised support platform 51 gradually or support platform 51 is descended.Adopt this jacking apparatus, its jacking process stable and continuous can not produce desultory unsettled jacking apparatus.Support platform 51 up-downs steadily are not shifted in the jacking process in order to make, and on frame A, also are fixed with reference column 55, and support platform 51 can be set on the reference column 55 up or down, moves up and down along reference column 55.On support platform 51, also be provided with positioner 56, it is identical that positioner 56 steps up apparatus structure with the location on the transfer mechanism 1 of location.
Above lifting body 5, be provided with an automatic transporter (not shown); When lifting body 5 rises; Just in time but jack-up is placed on and treats the operation backlight on the automatic transporter, upwards jacking to absorption platform 44, the upwards jacking of stretching out absorption platform 44 and jacking apparatus through cylinder downwards; Make to be adsorbed on the liquid crystal display panel that tear diaphragm and backlight lifting body on of absorption on the platform 44 and to carry out pressing, fulfil assignment.After pressing finished, absorption platform 44 discharged absorption affinity, revolved to turn 90 degrees to continue the next processed product that absorption is come from means for vertical storage 3 transfers; Lifting body 5 moves downward with the good product of pressing, and when dropping to automatic transporter, the product that pressing is good just in time is placed on the automatic transporter, and lifting body continues to move downward, and transporter is fed forward product to next process automatically.Lifting body continues jacking and carries out pressing by the backlight that automatic transporter transports.Automatically transporter is taked the automatic transporter of triple speed line body in the present embodiment.
Claims (14)
1. a liquid crystal display combines machine, comprises frame, it is characterized in that also comprising the location transfer mechanism, up-down transfer mechanism, means for vertical storage, rotating mechanism and the lifting body that are installed on the said frame; Wherein:
Said location transfer mechanism comprises rack-mounted slide rail, is installed on the said slide rail load carrier that can move along said slide rail and drives the transfer mechanism that said load carrier moves along said slide rail;
Said up-down transfer mechanism comprises the guide rail of installing on the said frame, is installed in the up-down adsorbent equipment that can move along said guide rail on the said guide rail, but the oscilaltion of said up-down adsorbent equipment; Said guide rail is fixedly mounted on the said slide rail outside and parallel with said slide rail, and when said up-down adsorbent equipment moved to said guide rail one end, it just in time was positioned at the top of said carrying platform along said slide rail mobile route;
Said means for vertical storage is positioned at end one side near said up-down transfer mechanism one side of said location transfer mechanism; It comprises be fixed on the said frame can 90 degree upsets the upset adsorbent equipment, said upset adsorbent equipment overturns through switching mechanism; When said upset adsorbent equipment was in level, it just in time was positioned at said up-down adsorbent equipment moves horizontally the path along said guide rail below;
Said rotating mechanism is positioned at said means for vertical storage one side, and it comprises the rotation adsorbent equipment and makes the rotating mechanism of said rotation adsorbent equipment according to an angle of 90 degrees rotation; Said rotation adsorbent equipment has orthogonal four absorption platforms, said rotation adsorbent equipment the said upset adsorbent equipment of an absorption platform over against erectility always arranged;
Said lifting body, its be positioned at said rotation adsorbent equipment under; But the jacking apparatus that it comprises the support platform of oscilaltion and is used for the said support platform of jacking can carry out pressing with the said absorption platform that said rotation adsorbent equipment rotates to its top after said support platform rises;
Above said lifting body, be provided with an automatic transporter, when said lifting body rises, but just in time jack-up is placed on and treats the operation product on the said automatic transporter.
2. liquid crystal display according to claim 1 combines machine, it is characterized in that said load carrier comprises bracing frame, and support frame as described above is supported on the said slide rail slidably; On support frame as described above, be fixed with at least two connecting base bearings, on said connecting base bearing, be fixed with rotating reach, on said reach, be fixedly connected carrying platform; End at support frame as described above is fixed with at least one cylinder turnably, and the piston rod of said cylinder is fixed on below the said carrying platform, and when said cylinder did not move, said carrying platform was in level, and said cylinder is positioned at said carrying platform below.
3. liquid crystal display according to claim 2 combines machine; It is characterized in that said transfer mechanism comprises transfer motor, time rule belt and belt pulley; The rule belt part is fixed on the said load carrier when said; Said time rule belt rule belt pulley when said rotates through said transfer driven by motor, drives said load carrier and moves along said slide rail.
4. liquid crystal display according to claim 2 combines machine, it is characterized in that said cylinder is turnably fixed on the support frame as described above through bearing pin.
5. liquid crystal display according to claim 2 combines machine, it is characterized in that said carrying platform is provided with the location and steps up device.
6. liquid crystal display according to claim 1 combines machine, it is characterized in that said up-down adsorbent equipment comprises bracing frame, is fixed on the lowering or hoisting gear on the support frame as described above and is fixed on the adsorbent equipment on the said lowering or hoisting gear; Support frame as described above is slideable to be installed on the said guide rail.
7. liquid crystal display according to claim 6 combines machine, it is characterized in that said lowering or hoisting gear comprises the driving screw that is fixed on the support frame as described above, on said driving screw, is arranged with nut block, on said nut block, is fixed with adsorbent equipment.
8. liquid crystal display according to claim 1 combines machine, it is characterized in that said switching mechanism comprises rotating trip shaft and the upset motor that is fixed on the said frame, is installed with a gear and said upset adsorbent equipment on said trip shaft; On the force-output shaft of said upset motor, be installed with a gear, the gear on the said trip shaft is meshed with gear on the said upset motor force-output shaft.
9. liquid crystal display according to claim 1 combines machine; It is characterized in that said upset adsorbent equipment comprises the support that is fixed on the said trip shaft; On said support, also be installed with at least one cylinder, the piston rod of said cylinder is fixedly connected with said adsorbent equipment; When said adsorbent equipment was in level, the sucker of said adsorbent equipment up.
10. liquid crystal display according to claim 9 combines machine, it is characterized in that four absorption platforms of said rotation absorption platform are installed in respectively on four ends of a cross frame movably; Said rotating mechanism comprises electric rotating machine, the dispenser that is connected with said electric rotating machine, and through the rotating shaft of bearing fixing on said frame, said rotating shaft is connected with said dispenser; The centre of said cross frame wears and is fixed on the said rotating shaft, and said absorption platform and said rotating shaft are in parastate.
11. liquid crystal display according to claim 10 combines machine, it is characterized in that being installed with cylinder respectively at four ends of said cross frame, the piston rod of said cylinder is fixedly connected with said absorption platform.
12. liquid crystal display according to claim 1 combines machine, it is characterized in that said jacking apparatus comprises that level is turnably fixed on the driving screw on the said frame, said driving screw is rotated by the jacking driven by motor; On said driving screw, be arranged with the nut block that can move back and forth along said driving screw, roller be installed in said nut block; Be installed with at least one inclined guide rails with inclined plane below the said lifting platform, the inclined plane of said inclined guide rails contacts with said roller, and by said roller movable supporting; On said frame, also be fixed with positioning guide column, said lifting platform is located in the said positioning guide column and can moves up and down along it.
13. liquid crystal display according to claim 12 combines machine, it is characterized in that said support platform is provided with product and adds clamping and positioning device.
14. liquid crystal display according to claim 13 combines machine, it is characterized in that said automatic transporter is a triple speed line body transporter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201935484U CN202098075U (en) | 2011-06-10 | 2011-06-10 | Combining machine for liquid crystal screens |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201935484U CN202098075U (en) | 2011-06-10 | 2011-06-10 | Combining machine for liquid crystal screens |
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| CN202098075U true CN202098075U (en) | 2012-01-04 |
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| CN2011201935484U Expired - Fee Related CN202098075U (en) | 2011-06-10 | 2011-06-10 | Combining machine for liquid crystal screens |
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| CN103331927B (en) * | 2013-05-20 | 2016-02-24 | 苏州史托格自动化设备制造有限公司 | Roll unit and rolling depression method |
| CN103466277A (en) * | 2013-09-03 | 2013-12-25 | 河海大学常州校区 | Library self-service book-returning device and book-returning method |
| CN103466277B (en) * | 2013-09-03 | 2016-01-13 | 河海大学常州校区 | A kind of self-help library book returning and also book method |
| CN104647866A (en) * | 2015-01-29 | 2015-05-27 | 苏州光宝康电子有限公司 | Multi-station LCD (liquid crystal display) reverse-adsorption rotary attaching mechanism |
| CN104625684A (en) * | 2015-02-16 | 2015-05-20 | 吴中经济技术开发区越溪斯特拉机械厂 | Overturning and moving device of pneumatic and mechanical moving device of cellphone display screen |
| CN104625685A (en) * | 2015-02-16 | 2015-05-20 | 吴中经济技术开发区越溪斯特拉机械厂 | Rotating and moving device of pneumatic and mechanical moving device of cellphone display screen |
| CN107797315A (en) * | 2016-08-30 | 2018-03-13 | 神讯电脑(昆山)有限公司 | Automatic joint device |
| CN108358435A (en) * | 2018-03-05 | 2018-08-03 | 合肥艾迪麦自动化设备有限公司 | Curved surface screen compression fittings |
| CN108358435B (en) * | 2018-03-05 | 2023-12-12 | 安徽艾迪麦自动化设备有限公司 | Curved surface screen compression fittings |
| CN112109108A (en) * | 2020-09-21 | 2020-12-22 | 江西中绿北斗科技控股有限公司 | Clamping device for production of vehicle-mounted positioning terminal |
| CN114265221A (en) * | 2022-01-07 | 2022-04-01 | 深圳市欧联自动化设备有限公司 | Automatic packaging mechanism of notebook LCD screen |
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